Haskell Ecosystem

Name: Haskell Ecosystem
Availability: InStock
Author: take

Codify Haskell project setup best practices for GHC, Cabal/Stack, and type-level programming.

71|2|Updated Feb 23, 2024

Search Tags:#monads #stack #haskell #cabal #type-level #optics #ghc

Ready to run

npx skills add https://github.com/takeokunn/nixos-configuration --skill haskell-ecosystem

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: Haskell Ecosystem
Source: https://github.com/takeokunn/nixos-configuration/tree/main/home-manager/programs/claude-code/skills/ecosystem/haskell-ecosystem
Command: npx skills add https://github.com/takeokunn/nixos-configuration --skill haskell-ecosystem

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill consolidates the Haskell ecosystem knowledge into a single reference, reducing cognitive load when starting or maintaining Haskell projects and promoting consistent patterns across tooling, testing, and type-level programming.

Core Features & Use Cases

Comprehensive toolchain patterns for GHC, Cabal, and Stack
Patterns for type-level programming, type classes, monads, and optics
Practical guidance for configuring cabal/stack projects, libraries, executables, and tests (HsSpec, QuickCheck, Hedgehog)

Quick Start

Set up a new Haskell project with Cabal/Stack and GHC tooling following the patterns described in this skill, including library, executable, and test structure.

Frequently Asked Questions about Haskell Ecosystem

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I structure a Haskell project with Cabal and Stack?▼

Configure Cabal and Stack to define separate library, executable, and test components within your project. This codifies consistent build patterns, reducing cognitive load and promoting scalable project setup across varying configurations and sizes.

What are the best practices for Haskell type-level programming and monads?▼

Best practices for Haskell type-level programming involve codifying patterns for type classes, monads, and optics. Applying these explicit patterns ensures robust type safety and consistency across your Haskell project's architecture and logic.

Can I use HsSpec, QuickCheck, and Hedgehog for Haskell project testing?▼

Yes, you can configure Haskell testing workflows using HsSpec, QuickCheck, and Hedgehog. Establishing test patterns with these frameworks ensures comprehensive coverage for libraries and executables within your Cabal or Stack configuration.

Does this Haskell ecosystem guidance apply to both small and large projects?▼

Yes, the Haskell ecosystem guidance is applicable to projects of varying sizes and configurations. It provides operational guidance for build, test, and type-level patterns that scale effectively across both small libraries and complex executables.

Why use consistent GHC tooling patterns across Haskell projects?▼

Using consistent GHC tooling patterns consolidates ecosystem knowledge into a single reference. This reduces cognitive load when maintaining Haskell projects and ensures reliable, repeatable builds across different library and executable configurations.